Abstract: An information processing apparatus generates an image to be displayed on a display device that is mountable to a head of a user, decides an operation mode of an application, and accepts an input operation from a mobile terminal that the user is capable of holding and operating, and perform an application operation on the basis of the operation mode and the input operation. The information processing apparatus decides at least one of a first operation mode, in which the application operation is performed by the user operating the mobile terminal, and a second operation mode, in which a virtual user interface (UI) relating to an operation is displayed on the display device and the application operation is performed by the user operating the virtual UI, as the operation mode.

Abstract: An information processing apparatus includes an extraction unit configured to extract a region of an object from each of two images captured from two viewpoints, a processing unit configured to process each of the two images based on the region of the object, a detection unit configured to detect correspondence points from the regions of the object in the two images that have been processed by the processing unit, and an estimation unit configured to estimate a depth of the object from the two viewpoints based on locations of the two viewpoints and locations of the correspondence points in the two images.

Abstract: An information processing apparatus comprises a first acquisition unit configured to acquire information concerning an index based on a captured image including a physical object added with the index, a second acquisition unit configured to acquire a thumbnail image of the physical object, and a holding unit configured to hold, in a memory, physical object information including the information and the thumbnail image of the physical object added with the index.

Abstract: An information processing apparatus comprises a first acquisition unit configured to acquire information concerning an index based on a captured image including a physical object added with the index, a second acquisition unit configured to acquire a thumbnail image of the physical object, and a holding unit configured to hold, in a memory, physical object information including the information and the thumbnail image of the physical object added with the index.

Abstract: An information processing apparatus includes an obtaining unit configured to obtain position and orientation information and shape information about a real holding object holding a plurality of virtual objects, a setting unit configured to set a virtual object held by the holding object as an interference virtual object and to set a virtual object that is not held by the holding object as an interfered virtual object, based on the position and orientation information and the shape information about the plurality of virtual objects and the position and orientation information and shape information about the holding object, and a determination unit configured to determine presence or absence of interference between the interference virtual object and the interfered virtual object, based on the position and orientation information and the shape information about the interference virtual object and the position and orientation information and the shape information about the interfered virtual object.

Abstract: An information processing apparatus includes an obtaining unit configured to obtain position and orientation information and shape information about a real holding object holding a plurality of virtual objects, a setting unit configured to set a virtual object held by the holding object as an interference virtual object and to set a virtual object that is not held by the holding object as an interfered virtual object, based on the position and orientation information and the shape information about the plurality of virtual objects and the position and orientation information and shape information about the holding object, and a determination unit configured to determine presence or absence of interference between the interference virtual object and the interfered virtual object, based on the position and orientation information and the shape information about the interference virtual object and the position and orientation information and the shape information about the interfered virtual object.

Abstract: An inspection apparatus, including: a measurement optics system configured to scan an object to be inspected with measuring light from a light source; a dividing unit, which is arranged at a position conjugate with the object to be inspected, and is configured to divide return light, being the measuring light returning from the object to be inspected, into a plurality of light beams; a photo-receiving unit configured to receive the plurality of light beams obtained by the division; a recording unit configured to record image data of the object to be inspected, which is based on a plurality of intensity signals output by the photo-receiving unit, and a division direction in which the return light is divided, the image data being associated with the division direction; and an analysis unit configured to analyze the image data based on the associated division direction.

Abstract: An information processing apparatus includes a viewpoint information storage unit configured to store viewpoint information for observing a virtual object as registered viewpoint information, a viewpoint position acquisition unit configured to acquire viewpoint information of a display apparatus mounted on a part of a body of a user, a setting unit configured to set viewpoint information for the user to observe a virtual object based on the registered viewpoint information and the acquired viewpoint information, a generation unit configured to generate a virtual image including the virtual object based on a viewpoint indicated by the set viewpoint information, and a display control unit configured to display the generated virtual image on the display apparatus.

Abstract: Provided is an inspection apparatus, including: a measurement optics system configured to scan an object to be inspected with measuring light from a light source; a dividing unit, which is arranged at a position conjugate with the object to be inspected, and is configured to divide return light, being the measuring light returning from the object to be inspected, into a plurality of light beams; a photo-receiving unit configured to receive the plurality of light beams obtained by the division; a recording unit configured to record image data of the object to be inspected, which is based on a plurality of intensity signals output by the photo-receiving unit, and a division direction in which the return light is divided, the image date being associated with the division direction; and an analysis unit configured to analyze the image data based on the associated division direction.